ISaCAGE will work on:
- Innovative and possibly cognitive algorithms for detection in crowded spectrum scenarios.
- Development of inverse scattering approaches for improved sensing and radar imaging in complex scenarios.
- Statistical modeling in crowded spectrum environments for improved sensing and tracking.
- Holistic architectures for simultaneously joint sensing and communications, possibly supported by Reconfigurable Intelligent Surface (RIS).
- ISAC for advanced localization algorithms .
- Cooperative algorithms and joint optimization for ISAC.
ISaCAGE is part of Spoke 7 – Green and Smart Environments
Project PI: Marco Lops
Organization:
- WP leaders and Task leaders choice;
- Purchase committee choice (one member for each research unit)
- Organization of a special session named "ISaCAGE" at 2023 IEEE Int'l Workshop on Technologies for Defense and Security (Rome, November 2023).
- WP1 - All of the milestones have been achieved. More than ten scientific papers have been published.
- WP2 - All of the milestones have been achieved. Between 5 and 10 papers have been published (or accepted).
- WP3 - All of the milestones have been achieved. Three papers have been published or accepted.
- WP4 - All of the milestones have been achieved. Three papers have been published or accepted. Nine papers have been published or accepted.
The project outcomes have so far consisted of a very satisfactory number of scientific publications: the ouput as to September 2023 amounts to more than 30 published or accepted papers, as detailed in the file attached.
- Publications (journal+conferences) : Readiness >1;
- Talks (plenary/keynote)>1;
- Equipment: not yet applicable;
- demos: not yet applicable
Collaboration proposals
For any proposal of collaboration within the project please contact andrea.giorgetti at unibo.it
ISaCAGE News: